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Applications of an interaction, process, integration and intelligence (IPII) design approach for ergonomics solutions

机译:交互,过程,集成和智能(IPII)设计方法在人体工学解决方案中的应用

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摘要

This paper first reviews current ergonomics design approaches in delivering digital solutions to achieve a unified experience from interaction and business process design perspectives. Then, it analyses the opportunities that new technologies may bring in for enhancing current ergonomics design approaches from integration and intelligence design perspectives. To address the challenges in today's ergonomics practices in delivering digital solutions, an interaction, process, integration and intelligence (IPII) design approach is proposed. A case study is presented that implemented the IPII approach. The quantitative data gathered from the case study demonstrates that the IPII approach has achieved significant advantages in reaching the goal of a unified experience and operational benefits for delivering digital solutions. The IPII approach also demonstrates improvements compared to today's ergonomics design approaches, such as user-centred design, for digital solutions. Finally, the paper highlights the contributions of the IPII approach for future ergonomics practices in delivering digital solutions.Practitioner Summary: In addition to the interaction design for the UI of digital solutions, as is the case in current typical ergonomics practice, the IPII adds three additional design components: process, integration and intelligence design. The case study demonstrates the advantages of the IPII, providing an enhanced approach for designing digital solutions.
机译:本文首先从交互和业务流程设计的角度回顾了当前在提供数字解决方案以实现统一体验方面的人体工程学设计方法。然后,它从集成和智能设计的角度分析了新技术可能带来的增强当前人体工程学设计方法的机会。为了解决当今人体工程学实践在提供数字解决方案方面的挑战,提出了一种交互,流程,集成和智能(IPII)设计方法。提出了一个实施IPII方法的案例研究。从案例研究中收集到的定量数据表明,IPII方法在实现提供数字解决方案的统一经验和运营收益的目标方面已取得了显着优势。与当今的人体工程学设计方法(例如以用户为中心的数字解决方案)相比,IPII方法还展示出了改进。最后,本文重点介绍了IPII方法对交付数字解决方案的未来人体工程学实践的贡献。从业者摘要:除了数字解决方案UI的交互设计(如当前典型的人体工程学实践一样)之外,IPII还增加了三个其他设计组件:流程,集成和智能设计。该案例研究展示了IPII的优势,为设计数字解决方案提供了一种增强的方法。

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